What is a Transfer Function?
Properties of a Transfer Function
Procedure to Determine Transfer Function of a System
Poles and Zeros of Transfer Function
Transfer Function of Electrical Network - Problem 1
Transfer Function of Electrical Network - Problem 2
Transfer Function of Electrical Network - Problem 3
Transfer Function of Electrical Network - Problem 4
Transfer Function of Electrical Network - Problem 5
Transfer Function of Electrical Network - Problem 6
What is a Block Diagram?
Block Diagram Reduction Technique
Block Diagram Reduction Technique - Problem 1 - Block Diagram
Block Diagram Reduction Technique - Problem 2 - Block Diagram
Block Diagram Reduction Technique - Problem 3 - Block Diagram
Block Diagram Reduction Technique - Problem 4 - Block Diagram
Block Diagram Reduction Technique - Problem 5 - Block Diagram
Block Diagram Reduction Technique - Problem 6 - Block Diagram
Block Diagram Reduction Technique - Problem 7 - Block Diagram
What is a Signal Flow Graph?
Procedure for Converting a Block Diagram into a Signal Flow Graph and Vice Versa
Mason's Gain Formula
Mason's Gain Formula - Problem 1 - Signal Flow Graph
Mason's Gain Formula - Problem 2 - Signal Flow Graph
Mason's Gain Formula - Problem 4 - Signal Flow Graph
Mason's Gain Formula - Problem 5 - Signal Flow Graph
Mason's Gain Formula - Problem 6 - Signal Flow Graph
Mason's Gain Formula - Problem 7 - Signal Flow Graph
Mathematical Modelling of Mechanical Systems
Mathematical Modelling of Electrical Systems
Analogous Systems
Determination of Mathematical Modelling Using Nodal Method
Problem No. 1 on Analogous Systems
Problem No. 2 on Analogous Systems
Problem No. 3 on Analogous Systems
Problem No. 4 on Analogous Systems
Problem No. 5 on Analogous Systems
Introduction of Time Response Analysis
Types of Input Test Signals , Type of System and Order of System
Time Response Analysis of First Order Control System
Time Domain Analysis of Standard Second Order System
Time Response Analysis of Second Order Control System for Unit Step Function
Location of Roots for Different Values of Damping Ratio
Transient Response Specifications
Time Response Analysis of Second Order Control System for Unit Ramp Function
Time Response Analysis of Second Order Control System for Unit Impulse Function
Static and Dynamic Coefficient
Types of Transfer Function and Steady State Error
Transient Response and Steady State Error - Problem 1
Transient Response and Steady State Error - Problem 2
Transient Response and Steady State Error - Problem 3
Transient Response and Steady State Error - Problem 4
Transient Response and Steady State Error - Problem 5
Transient Response and Steady State Error - Problem 6
Transient Response and Steady State Error - Problem 7
What Is Stability and Types of Stability in a Control System?
Routh Hurwitz Criteria
Routh Hurwitz Stability Criterion - Problem 1
Routh Hurwitz Stability Criterion - Problem 2
Routh Hurwitz Stability Criterion - Problem 3
Routh Hurwitz Stability Criterion - Problem 4
Routh Hurwitz Stability Criterion - Problem 5
Routh Hurwitz Stability Criterion - Problem 6
Routh Hurwitz Stability Criterion - Problem 7
Introduction of Frequency Response Analysis
Polar Plots
To Calculate Gain Margin and Phase Margin from Polar Plots
Problem No. 1 on Polar Plots
Problem No. 2 on Polar Plots
Problem No. 3 on Polar Plots
Nyquist Stability Criteria
Nyquist Plot
Nyquist Plot - Problem 1
Nyquist Plot - Problem 2
Nyquist Plot - Problem 3
Nyquist Plot - Problem 4
Nyquist Plot - Problem 5
Nyquist Plot - Problem 6
Design Specifications In Frequency Domain
Bode Plot - Problem 1
Bode Plot - Problem 2
Bode Plot - Problem 3
Bode Plot - Problem 4
Bode Plot - Problem 5
Bode Plot - Problem 6
Bode Plot - Problem 7
Bode Plot - Problem 8
Bode Plot - Problem 9
Introduction State Space Analysis
Concept of State , State Variables, State Vector and State Space
State Model Representation for Linear System
Different Types of Representation of a State Model
Problem No. 1 on State Space Representation
Problem No. 2 on State Space Representation
Problem No. 3 on State Space Representation
Problem No. 4 on State Space Representation
Problem No. 5 on State Space Representation
Problem No. 6 on State Space Representation
Problem No. 7 on State Space Representation
Transfer Function Derivation from State Model
Transfer Function Derivation from State Model - Problem No 1
Transfer Function Derivation from State Model - Problem No 2
Transfer Function Derivation from State Model - Problem No 3
Transfer Function Derivation from State Model - Problem No 4
Transfer Function Derivation from State Model - Problem No 5
Solution of the Time Invariant State Equation
Solution of the Time Invariant State Equation - Problem No 1
Solution of the Time Invariant State Equation - Problem No 2
Solution of the Time Invariant State Equation - Problem No 3
Solution of the Time Invariant State Equation - Problem No 4
Solution of the Time Invariant State Equation - Problem No 5
Diagonalization of nxn Matrix
Diagonalization of nxn Matrix Problem No 1
Diagonalization of nxn Matrix Problem No 2
State Variable Analysis in Discrete Time Domain
Controllability and Observability
Controllability and Observability Problem No 1
Controllability and Observability Problem No 2
Controllability and Observability Problem No 3
Controllability and Observability Problem No 4
Controllability and Observability Problem No 5
Professor Shruti Joshi has obtained a Master's of Engineering with an expertise in Electronics Instrumentation And Control Engineering. She has more than 7 years of proficiency in the teaching field. Primary Subjects of her teaching domain are Control Systems, Microprocessors, Instrumentation and Transducers, whereas secondary subjects remain Neural Networks and Microcontrollers. She believes the best investment is investing in knowledge to receive the never-ending interest in the future.
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